ConvertStaveServices Class Reference

#include <ConvertStaveServices.h>

Collaboration diagram for ConvertStaveServices:

Public Member Functions
ServiceMaterial	convertStaveServices (const StaveServices &stServ) const
void	addCooling (DetType::Type type, DetType::Part part, int layerNumber, int nStaves, ServiceMaterial &mat)
std::string	constructName (DetType::Type type, DetType::Part part, int layer) const
std::string	getHvCableName (DetType::Type type, DetType::Part part, int layer) const
std::string	getDcsCableName (DetType::Type type, DetType::Part part, int layer) const
std::string	getDataCableName (DetType::Type type, DetType::Part part, int layer) const
std::string	getLvConductorName (DetType::Type type, DetType::Part part, int layer) const
std::string	getLvInsulatorName (DetType::Type type, DetType::Part part, int layer) const

Detailed Description

Definition at line 14 of file ConvertStaveServices.h.

Member Function Documentation

addCooling()

void ConvertStaveServices::addCooling	(	DetType::Type	type,
		DetType::Part	part,
		int	layerNumber,
		int	nStaves,
		ServiceMaterial &	mat )

Definition at line 50 of file ConvertStaveServices.cxx.

{
  int manifoldFactor = 1;
 
  double pipesPerStave;
  if (layerNumber < 2 && type == DetType::Pixel && part == DetType::Barrel)  pipesPerStave = 1;
  else pipesPerStave = 2;
 
  double dInlets = nStaves * pipesPerStave / 2. / manifoldFactor;
  int nInlets = int(dInlets);
  if (dInlets - int(dInlets) > 0.001) nInlets++; // smallest int larger than dInlets
 
  // Fixme: Hard-wired numbers, only valid if no manifolding
  double inletR = 1.e-3;
  double outletR = 1.e-3;
  if ( type != DetType::Pixel) outletR = 1.5e-3;
 
  mat.addEntry( "std::Titanium", nInlets, true, pipeWeight( inletR, 1.e-4) + pipeWeight( outletR, 1.e-4));
 
  double collantDensity = 0.6e3; // kg/m3, approx for 60% liquid fraction at -40, ignore liquid fraction diff between inlet and outlet
  mat.addEntry( "pix::CO2_Liquid", nInlets, true, (area(inletR)+area(outletR)) * collantDensity);
}

constructName()

std::string ConvertStaveServices::constructName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 76 of file ConvertStaveServices.cxx.

{
  std::string name = DetType::name(type, part) + "Services_L";
  std::ostringstream os;
  os << layer;
  return name + os.str();
}

convertStaveServices()

ServiceMaterial ConvertStaveServices::convertStaveServices

(

const StaveServices &

stServ

)

const

Definition at line 11 of file ConvertStaveServices.cxx.

{
  std::string name = constructName( stServ.type(), stServ.part(), stServ.layer());
  ServiceMaterial result( name);
 
  std::string hvCableName = getHvCableName( stServ.type(), stServ.part(), stServ.layer());
  result.addEntry( hvCableName, stServ.numHV(), true);
 
  for (int i=0; i< stServ.numLvTypes(); i++) {
    int gauge = stServ.lvGauge(i);
    std::string lvConductorName = getLvConductorName( stServ.type(), stServ.part(), stServ.layer());
    std::string lvInsulatorName = getLvInsulatorName( stServ.type(), stServ.part(), stServ.layer());
    // two cables of each type assumed; if a thicker cable should be split in several thinner ones for engineering reasons
    // this should not change the amount of material significantly.
    result.addEntry( lvConductorName, 2, true, ccaw::conductorWeight(gauge));
    result.addEntry( lvInsulatorName, 2, true, ccaw::insulatorWeight(gauge));
  }
 
  std::string dcsCableName = getDcsCableName( stServ.type(), stServ.part(), stServ.layer());
  result.addEntry( dcsCableName, stServ.numDCS(), true);
 
  std::string dataCableName = getDataCableName( stServ.type(), stServ.part(), stServ.layer());
  result.addEntry( dataCableName, stServ.numData(), true);
 
  // Add shielding and sleeving for thw whole bundle, for bundle diameter 6 mm
  result.addEntry( "ShieldingSleeve", 1, true);
  result.addEntry( "ProtectionSleeve", 1, true);
 
  return result;
}

getDataCableName()

std::string ConvertStaveServices::getDataCableName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 95 of file ConvertStaveServices.cxx.

{
  // FIXME: should come from DB?
  return "Twinax"; // for all strip and pixel
}

getDcsCableName()

std::string ConvertStaveServices::getDcsCableName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 90 of file ConvertStaveServices.cxx.

{
  // FIXME: should come from DB?
  return "ScreenedTwistP_36"; // for all strip and pixel
}

getHvCableName()

std::string ConvertStaveServices::getHvCableName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 85 of file ConvertStaveServices.cxx.

{
  // FIXME: should come from DB?
  return "TwistedPair_awg36"; // for all strip and pixel
}

getLvConductorName()

std::string ConvertStaveServices::getLvConductorName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 101 of file ConvertStaveServices.cxx.

{
  // FIXME: should come from DB?
  return "CCAW";
}

getLvInsulatorName()

std::string ConvertStaveServices::getLvInsulatorName	(	DetType::Type	type,
		DetType::Part	part,
		int	layer ) const

Definition at line 106 of file ConvertStaveServices.cxx.

{
  // FIXME: should come from DB?
  return "Polyetherimide";
}

---

The documentation for this class was generated from the following files:

• ConvertStaveServices.h
• ConvertStaveServices.cxx